Robot families
Robot families for every material flow
Autonomous forklifts, AMRs, AGVs, UGVs and industrial robotics — each matched to the load, the movement and the site. Start with the task; we will help you choose the platform.
Pallet handling
Autonomous forklifts
Pallet pickup, transfer, stacking and racking, engineered around your load centre, mast and rack geometry.
Configuration guides
Autonomous forklift stackers by capacity and lift height
Each page explains how to evaluate that capacity and lift class against your real load centre, pallet, mast, rack and aisle.
| Configuration page | Target capacity | Target lift |
|---|---|---|
| 1-Tonne Autonomous Forklift Stacker with 3-Metre Lift | 1 t class | 3 m class |
| 1-Tonne Autonomous Forklift Stacker with 4.5-Metre Lift | 1 t class | 4.5 m class |
| 2-Tonne Autonomous Forklift Stacker with 3-Metre Lift | 2 t class | 3 m class |
| 2-Tonne Autonomous Forklift Stacker with 4.5-Metre Lift | 2 t class | 4.5 m class |
| 2-Tonne Autonomous Forklift Stacker with 6-Metre Lift | 2 t class | 6 m class |
| 3-Tonne Autonomous Forklift Stacker with 3-Metre Lift | 3 t class | 3 m class |
| 3-Tonne Autonomous Forklift Stacker with 4.5-Metre Lift | 3 t class | 4.5 m class |
| 3-Tonne Autonomous Forklift Stacker with 6-Metre Lift | 3 t class | 6 m class |
| 4-Tonne Autonomous Forklift Stacker with 3-Metre Lift | 4 t class | 3 m class |
| 5-Tonne Autonomous Forklift Stacker with 3-Metre Lift | 5 t class | 3 m class |
Material transport
Autonomous mobile robots (AMRs)
Flexible transport of totes, carts, pallets and racks between defined handoffs — shared safely with people.
Guided & field robotics
AGVs and unmanned ground vehicles
Guided transport for fixed, repeatable routes — and UGVs for outdoor, inspection and hazardous missions.
Robot cells
Industrial robotics automation
Robot cells for painting and coating, assembly, handling and inspection — integrated with your machines and PLCs.
Looking for automation components such as servo drives, sensors, encoders, PLCs or HMIs? Browse the automation components catalogue.
Compare
AGV, AMR or autonomous forklift?
A quick comparison to start the conversation — the final choice depends on your site.
| Question | AGV | AMR | Autonomous forklift |
|---|---|---|---|
| How does it navigate? | Fixed guidance (tape, magnets, reflectors) | Map-based, re-plans around obstacles | Map-based with precise fork positioning |
| Best for | Stable, repetitive routes | Changing layouts and shared aisles | Pallets at floor, rack or stack level |
| Typical loads | Carts, pallets, fixtures | Totes, bins, carts, racks, unit loads | Pallets and engineered carriers |
| Key checks | Route stability, guidance install | Traffic, Wi-Fi, handoffs, charging | Load centre, mast, rack, pallet condition |
FAQ
Choosing a robot family
Still have a question? Our engineers answer every enquiry personally.
What is the difference between an AMR, an AGV and an autonomous forklift?
An AGV follows fixed guidance on repeatable routes. An AMR navigates from a map and can re-plan around obstacles. An autonomous forklift is a mobile robot that also lifts — it picks pallets from the floor, racks or stacks. Many sites combine them.
How do you choose the right robot family?
We start with the load (carrier, mass, dimensions, stability), the movement (floor transfer, stacking, towing, conveyor handoff), the route and traffic, and the systems involved. The robot family follows from those facts.
Do you publish fixed specifications and prices?
No. Capacities and lift heights depend on the approved configuration, load centre, mast and attachments, so we confirm them against your application. Proposals are prepared after we understand the requirement.
Can one fleet include different robot types?
Often yes. A shared fleet manager can coordinate different vehicle types, but interfaces, traffic rules and charging must be designed for the mix.
Let us engineer the right fit
Not sure which family fits?
Describe the load and the movement. We will tell you which platforms are worth evaluating — and which are not.